<p>This study presents a novel, simple, cost-effective, and scalable method for the fabrication of MoS₂–PVDF composite sheet, which can be used as a pressure sensor. MoS₂ of the 2H phase was synthesized using the hydrothermal technique. FESEM images show that the nano-ribbons of MoS₂ agglomerated to form flower-like structures. PVDF matrix filled with these flower-like microstructures shows good pressure response due to the deformation of the microstructures with pressure. We explored different thicknesses of the sheet and various mixing ratios of the MoS₂ and PVDF to study the pressure response of the MoS₂–PVDF composite sheet with loading and unloading pressure. The MoS₂–PVDF composite sheet shows pressure response over a wide range of pressure from 0–300 kPa. Sensitivity is higher in the lower pressure region from 0–25 kPa than the sensitivity at the high-pressure region from 100–300 kPa. The sensitivity is 34.5 ± 1.6 MPa^-1 for 70µm thick sheet in the pressure region from 0–25 kPa, while the sensitivity is 0.17 ± 0.03 MPa^-1 for loading pressure from 100–300kPa. This sheet will be a potential candidate for a pressure sensor where a wide working range of pressure is needed.</p>